Polypropylene Copolymer, Flame Retardant, UV Stabilized Formerly known as EnDure F20110U

10% Glass Reinforced Copolymer Polypropylene Formerly known as DualPoly 10GF

20% Glass reinforced Copolymer Polypropylene Formerly known as EnCom PP20GF

20% Talc Reinforced Copolymer PP with up to 75% recycle content Formerly known as Evolve PP20TF1003

25% Talc Reinforced Copolymer PP with up to 100% sustainable feedstock Formerly known as Evolve PP25TF2501

20% Glass Reinforced Copolymer Polypropylene Formerly known as DualPoly 20GF

40% Glass Filled Polyolefin, Heat Stabilized, Chemically Coupled Formerly known as QuadPoly 40GF

40% Glass Filled Polyolefin, Heat Stabilized, Chemically Coupled Formerly known as QuadPoly 40LGF

Formerly known as DualPoly 208

Formerly known as DualPoly 1002-1

10% Talc Reinforced Copolymer PP Formerly known as DualPoly 10TF1203

20% Talc Reinforced Fractional Melt Copolymer PP, UV Stabilized Formerly known as DualPoly 20TF0105

20% Talc Reinforced Copolymer PP Formerly known as DualPoly 20TF0602

20% Talc Reinforced Copolymer PP Formerly known as DualPoly 20TF1003

20% Talc Reinforced Copolymer PP Formerly known as DualPoly 20TF2003

25% Talc Reinforced Copolymer PP Formerly known as DualPoly 25TF2002

25% Talc Reinforced Copolymer PP Formerly known as DualPoly 25TF2501

This 100% recycled polymer is a general purpose injection moulding compound suitable for a wide range of shaped products. Its consistent polymer properties are combined with reliable performance to deliver cost efficiencies without compromising on quality.

High quality injection moulding compound with improved impact strength for engineering components and load-bearing parts with good surface finish.

A filled polypropylene grade giving high stiffness and stability in moulded components, with a high flexural modulus for loaded applications.

Bondyram® 1001CN maleic anhydride modified polypropylene copolymer is used as a coupling agent for glass fibers and other fillers in polypropylene composites. This product is food contact standards compliant.

Borcoat BB108E-1199 is a polypropylene compound The product is coloured white. It includes a combination of stabilisers to ensure long-term thermal stability. The product is supplied as pellets for melt extrusion and as a powder for application by spray or other special means. Applications Borcoat BB108E-1199 is recommended as a top coat or as an anti-slip "rough coat" for multilayer PP systems used in - Steel Pipe Coating Specifications Borcoat BB108E-1199 is intended to fulfil following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with BB127E and a compatible powder epoxy. - DIN 30678 - EN ISO 21809-1 - NF A49-711 Special Features Borcoat BB108E-1199 The maximum design temperature for normal ground installations is 110°C for onshore and can be used in specially designed systems like offshore coatings up to 140°C depending on surrounding conditions. When applied in the correct manner, the powder version provides a rough surface for the purpose of stopping concrete weight coating from slipping during the lay process.

Borcoat EB133E-1199-LT is an elastomer modified compound, based on polypropylene copolymer. It has excellent low temperature impact resistance. The product is coloured white. It includes a combination of stabilisers to ensure long-term thermal stability. The product is supplied in pellet form Applications Borcoat EB133E-1199-LT is recommended as a top coat for multilayer PP systems and thermal insulation used in: - Steel Pipe Coating Specifications Borcoat EB133E-1199-LT is intended to fulfil following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with Borcoat™ BB122E-LT and a compatible powder epoxy. - ISO 21809-1 - DIN 30678 - NF A49-711 - Gazprom 2-2.2-178-2007 Due to the nature of the modified PP material, indentation resistance of the applied coating could be borderline versus some requirements of common standards and due to known variations in testing, those specified values should be separately agreed upon between the applicator and the client (end user/purchaser). Special Features Borcoat EB133E-1199-LT is intended for design temperatures between -20°C and +110°C and tailored for low temperature handling, transportation and installation.

BA110CF is a heterophasic copolymer. This grade is suitable for the manufacturing of unoriented film on blown film lines.

BA202E is a high molecular weight, low melt flow rate polypropylene block copolymer with very high impact strength. BA202E is recommended for non-pressure pipes & fittings, thin-walled corrugated pipes and profiles.

BA204E is a high molecular weight, low melt flow rate polypropylene block copolymer with very high impact strength. BA204E is recommended for non-pressure pipes & fittings, thin-walled corrugated pipes and profiles.

BB213CF is a heterophasic copolymer. This grade is suitable for the manufacturing of unoriented films on cast and tubular quench film lines.

BB412E is a natural, medium molecular weight, medium melt flow rate polypropylene block copolymer with an optimal mechanical properties balance resulting in high stiffness and very good impact strength both at room temperature and at low temperatures. Applications BB412E is recommended for pipe extrusion and injection moulding of fittings in the application field of: - Waste water discharge - Corrugated pipes - Cable conduit pipes - Corrugated boards - Sewerage BB412E is also recommended for conduits for electrical installations where conformity to EN 50086 is not mandatory.

BC245MO is a very stiff high impact polypropylene heterophasic copolymer intended for injection moulding. This grade is characterized by combination of good stiffness, good creep resistance and very high impact strength even at low temperatures. This grade features high impact strength, high thermal stability and very good processability. As all polypropylenes, this grade shows excellent stress-cracking and chemical resistances. This grade is mildly nucleated to maximize the mechanical stiffness. The additive formulation provides a smooth demoulding. Nucleation, good flow properties and high stiffness create a high potential for cycle time reduction. Its very good organoleptic properties allows this grade to be used with any masterbatch without discoloring problems.

BC612WG is a polypropylene copolymer intended for injection moulding. The product is available in natural but other colours can be provided on request. This material has excellent balanced mechanical properties and is easy to process. Applications BC612WG has been developed especially for applications like: - Washing machine parts - Household applications - Dishwashers components Special Features - Long term high heat stabilised - UL registered under File E108112

BD212CF is a heterophasic copolymer. This grade is suitable for the manufacturing of unoriented films on cast and tubular quench film lines.

BD950MO is a heterophasic copolymer. This grade is intended for compression and injection moulding. The main features of this grade are good stiffness and impact resistance, very good processability, high melt strength and extremely low tendency to stress whitening. This grade uses Borealis Nucleation Technology (BNT) to increase productivity by cycle time reduction. As with all BNT grades, products exhibit excellent dimensional consistency with different colorants. In addition, this grade provides excellent creep resistance and optimum stiffness-impact balance. This polymer contains slip and antistatic additives to ensure good demoulding properties, low dust attraction and low friction coefficient which meets the industry standards for closure opening torques.

BE170CF is a heterophasic copolymer. This material has excellent balanced mechanical properties and is easy to process. It is suitable for injection moulding as well as for the production of non oriented cast films CAS-No. 9010-79-1

BE677AI is a polypropylene copolymer intended for injection moulding. This material has an excellent balance between impact strength and stiffness and gives a good surface quality. Applications BE677AI has been developed especially for applications like: - Pillar trims - Door panels and pockets Special Features - UV stabilised - High crystallinity

BEC5012 is a high molecular weight, low flow rate polypropylene block copolymer with very high impact strength. BEC5012 is recommended for non-pressure pipes and fittings, structured wall pipes and profiles and sheets.

BF335SA is a polypropylene copolymer intended for injection moulding. This material has a very high impact strength while maintaining good stiffness, gives a good surface quality and is easy to process. Applications BF335SA has been developed especially for applications like: - Vacuum cleaners Special Features - Excellent surface appearance - UL registered under File E108112 - Excellent antistatic properties

BG383MO is a polypropylene copolymer intended for injection moulding.This grade is characterized by optimum combination of high impact strength and stiffness. This grade uses Borealis Nucleation Technology (BNT) to increase productivity by cycle time reduction. BNT in combination with excellent stiffness and good flow properties creates a high potential for wall-thickness reduction. Products moulded with this grade exhibit excellent antistatic performance and very good mould release. As with all BNT grades, products exhibit excellent dimensional consistency with different colorants.

BH381MO is a heterophasic copolymer. This product is characterized by an optimum combination of very high stiffness and high impact strength. This grade uses Borealis Nucleation Technology (BNT) to increase productivity by cycle time reduction. BNT in combination with excellent stiffness and good flow properties creates a high potential for wall-thickness reduction. Products originating from this grade have very good demoulding properties, well-balanced mechanical properties, excellent dimension consistency with respect to different colors and good organoleptic properties. CAS-No. 9010-79-1

BHC5012C is a polypropylene copolymer intended for injection moulding, extrusion and blow moulding. This material has excellent balanced mechanical properties and is easy to process. Applications BHC5012C has been developed especially for applications like: - Heater housings - Break fluid reservoirs Special Features - Copper (Cu) stabilised

BHC6030 is a polypropylene copolymer intended for injection moulding, extrusion and blow moulding. This material has a very high impact strength while maintaining good stiffness and is easy to process. Applications BHC6030 has been developed especially for demanding applications in under the bonnet applications. - Heater housings - Break fluid reservoirs Special Features The product is available in black.